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substantial decrease » substantial increase (Expand Search), substantially increased (Expand Search)
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Showing 141 - 160 results of 11,930 for search '(( significant force based ) OR ( significant ((small decrease) OR (substantial decrease)) ))', query time: 0.82s Refine Results
  1. 141
    Vertical force–None.

    Vertical force–None. by Tuan Anh Nguyen (121944)

    Published 2023
    “…As a result of the simulation, which was performed in the MATLAB-Simulink environment, the output values such as roll angle, change of the vertical force, and roll index were significantly reduced when the active stabilizer bar was used. …”
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  2. 142
    Vertical force–Mechanical.

    Vertical force–Mechanical. by Tuan Anh Nguyen (121944)

    Published 2023
    “…As a result of the simulation, which was performed in the MATLAB-Simulink environment, the output values such as roll angle, change of the vertical force, and roll index were significantly reduced when the active stabilizer bar was used. …”
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  3. 143
    Vertical force–None.

    Vertical force–None. by Tuan Anh Nguyen (121944)

    Published 2023
    “…As a result of the simulation, which was performed in the MATLAB-Simulink environment, the output values such as roll angle, change of the vertical force, and roll index were significantly reduced when the active stabilizer bar was used. …”
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  4. 144
    Vertical force–Fuzzy.

    Vertical force–Fuzzy. by Tuan Anh Nguyen (121944)

    Published 2023
    “…As a result of the simulation, which was performed in the MATLAB-Simulink environment, the output values such as roll angle, change of the vertical force, and roll index were significantly reduced when the active stabilizer bar was used. …”
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  5. 145
    Vertical force–Fuzzy.

    Vertical force–Fuzzy. by Tuan Anh Nguyen (121944)

    Published 2023
    “…As a result of the simulation, which was performed in the MATLAB-Simulink environment, the output values such as roll angle, change of the vertical force, and roll index were significantly reduced when the active stabilizer bar was used. …”
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  6. 146
    Vertical force–None.

    Vertical force–None. by Tuan Anh Nguyen (121944)

    Published 2023
    “…As a result of the simulation, which was performed in the MATLAB-Simulink environment, the output values such as roll angle, change of the vertical force, and roll index were significantly reduced when the active stabilizer bar was used. …”
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  7. 147
    Vertical force–Fuzzy.

    Vertical force–Fuzzy. by Tuan Anh Nguyen (121944)

    Published 2023
    “…As a result of the simulation, which was performed in the MATLAB-Simulink environment, the output values such as roll angle, change of the vertical force, and roll index were significantly reduced when the active stabilizer bar was used. …”
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  8. 148
    Vertical force–Mechanical.

    Vertical force–Mechanical. by Tuan Anh Nguyen (121944)

    Published 2023
    “…As a result of the simulation, which was performed in the MATLAB-Simulink environment, the output values such as roll angle, change of the vertical force, and roll index were significantly reduced when the active stabilizer bar was used. …”
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  9. 149
    Vertical force–Mechanical.

    Vertical force–Mechanical. by Tuan Anh Nguyen (121944)

    Published 2023
    “…As a result of the simulation, which was performed in the MATLAB-Simulink environment, the output values such as roll angle, change of the vertical force, and roll index were significantly reduced when the active stabilizer bar was used. …”
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  10. 150
    Vertical force–None.

    Vertical force–None. by Tuan Anh Nguyen (121944)

    Published 2023
    “…As a result of the simulation, which was performed in the MATLAB-Simulink environment, the output values such as roll angle, change of the vertical force, and roll index were significantly reduced when the active stabilizer bar was used. …”
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  11. 151
    Vertical force–Mechanical.

    Vertical force–Mechanical. by Tuan Anh Nguyen (121944)

    Published 2023
    “…As a result of the simulation, which was performed in the MATLAB-Simulink environment, the output values such as roll angle, change of the vertical force, and roll index were significantly reduced when the active stabilizer bar was used. …”
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  12. 152
    Vertical force–Fuzzy.

    Vertical force–Fuzzy. by Tuan Anh Nguyen (121944)

    Published 2023
    “…As a result of the simulation, which was performed in the MATLAB-Simulink environment, the output values such as roll angle, change of the vertical force, and roll index were significantly reduced when the active stabilizer bar was used. …”
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  13. 153
    Estimated short- and long-term cumulative changes in CRC incidence and CRC mortality attributable to screening, diagnosis, and treatment decreases in 2020 and 2021.

    Estimated short- and long-term cumulative changes in CRC incidence and CRC mortality attributable to screening, diagnosis, and treatment decreases in 2020 and 2021. by Joachim Worthington (8394213)

    Published 2024
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  14. 154
    PGRN deletion decreased the susceptibility to invasive <i>C</i>.<i>albicans</i> infection in mice.

    PGRN deletion decreased the susceptibility to invasive <i>C</i>.<i>albicans</i> infection in mice. by Jiayu Liu (3951515)

    Published 2022
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  15. 155
    Machine Learning-Based Excited-State Reactive Force Field: A New Approach for Modeling the Photodissociation Dynamics of 2‑Fluorothiophenol

    Machine Learning-Based Excited-State Reactive Force Field: A New Approach for Modeling the Photodissociation Dynamics of 2‑Fluorothiophenol by Xinyu Huang (679541)

    Published 2025
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  16. 156
    Machine Learning-Based Excited-State Reactive Force Field: A New Approach for Modeling the Photodissociation Dynamics of 2‑Fluorothiophenol

    Machine Learning-Based Excited-State Reactive Force Field: A New Approach for Modeling the Photodissociation Dynamics of 2‑Fluorothiophenol by Xinyu Huang (679541)

    Published 2025
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  17. 157
    Machine Learning-Based Excited-State Reactive Force Field: A New Approach for Modeling the Photodissociation Dynamics of 2‑Fluorothiophenol

    Machine Learning-Based Excited-State Reactive Force Field: A New Approach for Modeling the Photodissociation Dynamics of 2‑Fluorothiophenol by Xinyu Huang (679541)

    Published 2025
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  18. 158
    Machine Learning-Based Excited-State Reactive Force Field: A New Approach for Modeling the Photodissociation Dynamics of 2‑Fluorothiophenol

    Machine Learning-Based Excited-State Reactive Force Field: A New Approach for Modeling the Photodissociation Dynamics of 2‑Fluorothiophenol by Xinyu Huang (679541)

    Published 2025
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  19. 159
    Machine Learning-Based Excited-State Reactive Force Field: A New Approach for Modeling the Photodissociation Dynamics of 2‑Fluorothiophenol

    Machine Learning-Based Excited-State Reactive Force Field: A New Approach for Modeling the Photodissociation Dynamics of 2‑Fluorothiophenol by Xinyu Huang (679541)

    Published 2025
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  20. 160
    Machine Learning-Based Excited-State Reactive Force Field: A New Approach for Modeling the Photodissociation Dynamics of 2‑Fluorothiophenol

    Machine Learning-Based Excited-State Reactive Force Field: A New Approach for Modeling the Photodissociation Dynamics of 2‑Fluorothiophenol by Xinyu Huang (679541)

    Published 2025
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